What else does it make possible? I read about transmitting data from a battlefield. How does that work?
Jeong Kim: ATM technology was originally designed for high speed fiber optic networks. In the battlefield, you don't have fiber optic cables to your tank or your F16 airplane or any of that. They have UHF radios and so forth. ATM itself was not designed to be transferred over wireless links, so we had to develop specific technologies to do that.
Information gets stuck where the fiber optic network ends. You have a last-mile problem of getting the information to the people who really need it. That's what we solved, to make ATM work through a noisier, slower link. There are other obstacles that ATM is not supposed to work with, but we are able to make those things work.
Can you define for a lay person how it works?
Jeong Kim: I wish I had more talent for articulating this kind of thing. We tried to make it so that you don't necessarily have to understand how it works. The technological difficulties are many, and the solutions to overcome each of these difficulties are also many. It's like an onion. You have to peel one layer at a time to get to the core. We developed a whole suite of technologies that work in conjunction, to overcome different difficulties. Noise problems, for instance. Fiber optics are very clear, but in your cellular phone wireless network there's a lot of noise. Phone lines are very slow, compared to high-speed networks, so there are congestion problems. All those problems require specific solutions, and each itself is a major class of problems. We had to overcome that. That's why we were able to distinguish ourselves among other companies.
Just think about this. Lucent Technologies had a lapse. This is Bell Labs, the company that invented transistors, the premier lab in the communications field. They have 130,000 people, and they get three patents per day. In our entire company we only have 250 people, and we only have three patents for the whole thing. Lucent Technologies, with 130,000 people, had to admit that they couldn't do what we did with only 250 people. They're going to pay $1.1 billion in cash for that.
Who's buying the product itself? What are they using it for?
Jeong Kim: Right now, there's a voice network which uses telephony, and there is a data network which connects computers. ATM will allow you to migrate into one network, which will save you so much money. It is in its infancy, but once large companies deploy it in a massive fashion, the dollar figures will be astronomical. You have to be very careful about predicting the future. I don't want to say a number and get sued by some potential shareholders. But, Lucent feels very comfortable with our company. They are not buying the future, they are buying the present, the current value.
You cannot build a business thinking about somebody's going to buy it. You have to think in terms of creating value. Again, like I said, you've got to take one step at a time, especially if you are a small company. You know, you can think too far long-term and you can starve to death. So, you have to think about one step at a time and creating the value. And, if the value gets created that is worthwhile for somebody else, they will make an offer and therefore your options are open.
I wanted to be a major player, even when I was thinking about computers and Steve Jobs and what he was doing, and Bill Gates wasn't really moving at that time. Steve Jobs was really making headway. I thought, "If he could do it, why can't I do it?" So, in some ways, I feel that if you can put together a good group of people -- it's not just one person -- and work together, you can create a world class organization, and I thought I could do that.
I always had this complex that I felt that I was not as good as the guy next to me, and therefore I work extra hard. And, I've met several people who are highly successful and when I talk to them, they say a similar thing. So, I don't think it's just me. People who are the smartest or the most talented, sometimes they don't realize their full potential because things get too easy. It's too easy for them and things just come so easily for them, so they don't really push themselves as hard.